Difference between revisions of "Metal Air Battery (Me-air)"
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[[Category:Electrical Energy Storage Technologies]] | [[Category:Electrical Energy Storage Technologies]] | ||
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[[class::Electrical Energy Storage Technologies]] | [[class::Electrical Energy Storage Technologies]] | ||
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[[importance::1]] | [[importance::1]] | ||
| + | [[efficiency::1]] | ||
Latest revision as of 14:54, 22 November 2016
[edit]
| Description |
(empty) |
|---|---|
| Advantages |
(empty) |
| Disadvantages |
(empty) |
| Application barriers |
(empty) |
| Information sources |
(empty) |
| Image |
(empty) |
| Trade: | (empty) |
| Parameter | Value | Unit |
|---|---|---|
| Voltage |
(empty) |
V |
| Dimensions |
(empty) |
mm |
| Weight |
(empty) |
kg |
| Nominal Capacity 1 Hour Rate |
Ah | |
| Nominal Capacity 4 Hour Rate |
Ah | |
| Nominal Capacity 8 Hour Rate |
Ah | |
| Nominal Capacity 24 Hour Rate |
Ah | |
| Energy Density 20 Hour Rate |
Wh/kg | |
| Internal Resistance |
Ohms | |
| Maximum Discharge Current 7 Minutes |
Amp | |
| Maximum Short-Duration Discharge Current 10 Seconds |
Amp | |
| Shelf Life 1 Month |
% | |
| Shelf Life 3 Month |
% | |
| Shelf Life 6 Month |
% | |
| Charge Operating Temperature Range |
°C | |
| Discharge Operating Temperature Range |
°C | |
| Investment Cost |
(empty) |
€ |
| Operational Cost |
(empty) |
€/year |
| Replacement Cost |
(empty) |
€/year |
| Life Expectancy |
(empty) |
years |
| The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system. | 
|
BL(Ti)=0.788 
|
|---|
Properties:Electrical Energy Storage Technologies 4 1 1
